Massachusetts has a rich architectural history. Areas like Boston were founded by Puritans, whose style quickly blended colonial styles with popular British styles like Georgian. Another style that seamlessly adapted from a preceding style is Federal architecture, distinguished by drastically symmetrical and classical details. Yet, like many places with rich architectural histories, Massachusetts architecture has evolved. This evolution meets the needs of the communities they serve with concepts of modernity and sustainability in mind.

As previously outlined, the processes developed and executed by the modern fabricator are both innovative and ever-changing. The critical area of fabrication is no different as it requires well-thought-out processes and continuous quality system monitoring to ensure success.

According to current research from The National Association of Women in Construction, women make up 47% of the total employed workforce in the US. Conversely, that number falls to 11% in the construction market overall and even lower for those involved in non-traditional roles such as production. It is projected that in 2022 we will see considerable growth in new construction industry jobs, and companies will be looking to recruit more women.

Historically technology innovation in the construction market has trailed other industries due to financial commitment and equipment needs. There are many reasons why the use of technology has dramatically changed the way modern buildings are designed. Technology continues to develop at an amazing rate such that the various stakeholders must keep pace with this constantly evolving dynamic. Technology has created a new design process with metrics brought about by such innovations as Artificial Intelligence (AI) and more in-depth data collection.

For the fabricator to handle the most complex construction challenges, and still deliver the highest quality products, a well thought out and tested process and workflow needs to be in place. At CEI Materials, we have created such a process with personnel that are well-equipped to anticipate and overcome potential design issues that may arise well before any fabrication takes place.